def aggregating_observers(self):
return {
name: IntervalAggregatingObserver(self.report_interval, aggregator)
for name, aggregator in itertools.chain(
[
("td_loss", agg.MeanAggregator("td_loss")),
("recent_rewards", agg.RecentValuesAggregator("logged_rewards")),
(
"logged_action_q_value",
agg.MeanAggregator("model_values_on_logged_actions"),
),
],
[
(
f"{key}_tb",
agg.TensorBoardHistogramAndMeanAggregator(key, log_key),
)
for key, log_key in [
("td_loss", "td_loss"),
("reward_loss", "reward_loss"),
("logged_propensities", "propensities/logged"),
("logged_rewards", "reward/logged"),
]
],
)
}
def __init__(
self,
actions: List[str],
report_interval: int = 100,
target_action_distribution: Optional[List[float]] = None,
recent_window_size: int = 100,
):
self.value_list_observers = {
"cpe_results": ValueListObserver("cpe_details")
}
self.aggregating_observers = OrderedDict(
(name, IntervalAggregatingObserver(report_interval, aggregator))
for name, aggregator in [
("td_loss", agg.MeanAggregator("td_loss")),
("reward_loss", agg.MeanAggregator("reward_loss")),
(
"model_values",
agg.FunctionsByActionAggregator("model_values", actions, {
"mean": torch.mean,
"std": torch.std
}),
),
("logged_action",
agg.ActionCountAggregator("logged_actions", actions)),
(
"model_action",
agg.ActionCountAggregator("model_action_idxs", actions),
),
("recent_rewards",
agg.RecentValuesAggregator("logged_rewards")),
] + [(f"{key}_tb",
agg.TensorBoardActionCountAggregator(key, title, actions))
for key, title in [
("logged_actions", "logged"),
("model_action_idxs", "model"),
]] +
[(f"{key}_tb",
agg.TensorBoardHistogramAndMeanAggregator(key, log_key))
for key, log_key in [
("td_loss", "td_loss"),
("reward_loss", "reward_loss"),
("logged_propensities", "propensities/logged"),
("logged_rewards", "reward/logged"),
]] + [(
f"{key}_tb",
agg.TensorBoardActionHistogramAndMeanAggregator(
key, category, title, actions),
) for key, category, title in [
("model_propensities", "propensities", "model"),
("model_rewards", "reward", "model"),
("model_values", "value", "model"),
]])
self.last_epoch_end_num_batches = 0
self.num_data_points_per_epoch = None
epoch_end_observer = EpochEndObserver(self._epoch_end_callback)
super().__init__(
list(self.value_list_observers.values()) +
list(self.aggregating_observers.values()) + [epoch_end_observer])
self.target_action_distribution = target_action_distribution
self.recent_window_size = recent_window_size
def aggregating_observers(self):
ret = super().aggregating_observers
ret.update(
{
name: IntervalAggregatingObserver(1, aggregator)
for name, aggregator in [
(
f"{key}_tb",
agg.TensorBoardHistogramAndMeanAggregator(key, log_key),
)
for key, log_key in [
("q1_value", "q1/logged_state_value"),
("q2_value", "q2/logged_state_value"),
("log_prob_a", "log_prob_a"),
("target_state_value", "value_network/target"),
("next_state_value", "q_network/next_state_value"),
("target_q_value", "q_network/target_q_value"),
("actor_output_log_prob", "actor/log_prob"),
("min_q_actor_value", "actor/min_q_actor_value"),
("actor_loss", "actor/loss"),
("action_batch_mean", "kld/mean"),
("action_batch_var", "kld/var"),
]
]
}
)
return ret
def __init__(self, report_interval: int = 100):
self.value_list_observers = {"cpe_results": ValueListObserver("cpe_details")}
self.aggregating_observers = OrderedDict(
(name, IntervalAggregatingObserver(report_interval, aggregator))
for name, aggregator in itertools.chain(
[
("td_loss", agg.MeanAggregator("td_loss")),
("reward_loss", agg.MeanAggregator("reward_loss")),
("recent_rewards", agg.RecentValuesAggregator("logged_rewards")),
],
[
(
f"{key}_tb",
agg.TensorBoardHistogramAndMeanAggregator(key, log_key),
)
for key, log_key in [
("td_loss", "td_loss"),
("reward_loss", "reward_loss"),
("logged_propensities", "propensities/logged"),
("logged_rewards", "reward/logged"),
]
],
)
)
super().__init__(self.value_list_observers, self.aggregating_observers)
def aggregating_observers(self):
return {
name: IntervalAggregatingObserver(self.report_interval, aggregator)
for name, aggregator in itertools.chain(
[
("mse_loss_per_batch", agg.MeanAggregator("mse_loss")),
(
"step_entropy_loss_per_batch",
agg.MeanAggregator("step_entropy_loss"),
),
(
"q_values_per_batch",
agg.FunctionsByActionAggregator(
"q_values", self.action_names,
{"mean": torch.mean}),
),
("eval_mse_loss_per_batch",
agg.MeanAggregator("eval_mse_loss")),
(
"eval_step_entropy_loss_per_batch",
agg.MeanAggregator("eval_step_entropy_loss"),
),
(
"eval_q_values_per_batch",
agg.FunctionsByActionAggregator(
"eval_q_values", self.action_names,
{"mean": torch.mean}),
),
(
"eval_action_distribution_per_batch",
agg.FunctionsByActionAggregator(
"eval_action_distribution",
self.action_names,
{"mean": torch.mean},
),
),
],
[(
f"{key}_tb",
agg.TensorBoardHistogramAndMeanAggregator(key, log_key),
) for key, log_key in [
("mse_loss", "mse_loss"),
("step_entropy_loss", "step_entropy_loss"),
("eval_mse_loss", "eval_mse_loss"),
("eval_step_entropy_loss", "eval_step_entropy_loss"),
]],
[(
f"{key}_tb",
agg.TensorBoardActionHistogramAndMeanAggregator(
key, category, title, self.action_names),
) for key, category, title in [
("q_values", "q_values", "training"),
("eval_q_values", "q_values", "eval"),
("eval_action_distribution", "action_distribution",
"eval"),
]],
)
}
def aggregating_observers(self):
ret = super().aggregating_observers
ret.update({
name: IntervalAggregatingObserver(1, aggregator)
for name, aggregator in [(
f"{key}_tb",
agg.TensorBoardHistogramAndMeanAggregator(key, log_key),
) for key, log_key in [
("q1_loss", "loss/q1_loss"),
("actor_loss", "loss/actor_loss"),
("q1_value", "q_value/q1_value"),
("next_q_value", "q_value/next_q_value"),
("target_q_value", "q_value/target_q_value"),
("actor_q1_value", "q_value/actor_q1_value"),
("q2_loss", "loss/q2_loss"),
("q2_value", "q_value/q2_value"),
]]
})
return ret
def aggregating_observers(self):
return {
name: IntervalAggregatingObserver(self.report_interval, aggregator)
for name, aggregator in itertools.chain(
[
("loss", agg.MeanAggregator("loss")),
("gmm", agg.MeanAggregator("gmm")),
("bce", agg.MeanAggregator("bce")),
("mse", agg.MeanAggregator("mse")),
("eval_loss", agg.MeanAggregator("eval_loss")),
("eval_gmm", agg.MeanAggregator("eval_gmm")),
("eval_bce", agg.MeanAggregator("eval_bce")),
("eval_mse", agg.MeanAggregator("eval_mse")),
("test_loss", agg.MeanAggregator("test_loss")),
("test_gmm", agg.MeanAggregator("test_gmm")),
("test_bce", agg.MeanAggregator("test_bce")),
("test_mse", agg.MeanAggregator("test_mse")),
],
[
(
f"{key}_tb",
agg.TensorBoardHistogramAndMeanAggregator(key, log_key),
)
for key, log_key in [
("loss", "loss"),
("gmm", "gmm"),
("bce", "bce"),
("mse", "mse"),
("eval_loss", "eval_loss"),
("eval_gmm", "eval_gmm"),
("eval_bce", "eval_bce"),
("eval_mse", "eval_mse"),
("test_loss", "test_loss"),
("test_gmm", "test_gmm"),
("test_bce", "test_bce"),
("test_mse", "test_mse"),
]
],
)
}
def __init__(self, report_interval: int = 100):
self.value_list_observers = {}
self.aggregating_observers = {
**{
"cpe_results": IntervalAggregatingObserver(
1, agg.ListAggregator("cpe_details")
),
},
**{
name: IntervalAggregatingObserver(report_interval, aggregator)
for name, aggregator in itertools.chain(
[
("td_loss", agg.MeanAggregator("td_loss")),
("reward_loss", agg.MeanAggregator("reward_loss")),
(
"recent_rewards",
agg.RecentValuesAggregator("logged_rewards"),
),
(
"model_values_on_logged_actions",
agg.MeanAggregator("model_values_on_logged_actions"),
),
],
[
(
f"{key}_tb",
agg.TensorBoardHistogramAndMeanAggregator(key, log_key),
)
for key, log_key in [
("td_loss", "td_loss"),
("reward_loss", "reward_loss"),
("logged_propensities", "propensities/logged"),
("logged_rewards", "reward/logged"),
]
],
)
},
}
super().__init__(self.value_list_observers, self.aggregating_observers)
def __init__(
self,
actions: List[str],
report_interval: int = 100,
target_action_distribution: Optional[List[float]] = None,
recent_window_size: int = 100,
):
self.value_list_observers = {}
self.aggregating_observers = {
**{
"cpe_results":
IntervalAggregatingObserver(1, agg.ListAggregator("cpe_details")),
},
**{
name: IntervalAggregatingObserver(report_interval, aggregator)
for name, aggregator in itertools.chain(
[
("td_loss", agg.MeanAggregator("td_loss")),
("reward_loss", agg.MeanAggregator("reward_loss")),
(
"model_values",
agg.FunctionsByActionAggregator(
"model_values",
actions,
{
"mean": torch.mean,
"std": torch.std
},
),
),
(
"logged_action",
agg.ActionCountAggregator("logged_actions", actions),
),
(
"model_action",
agg.ActionCountAggregator("model_action_idxs", actions),
),
(
"recent_rewards",
agg.RecentValuesAggregator("logged_rewards"),
),
],
[(
f"{key}_tb",
agg.TensorBoardActionCountAggregator(
key, title, actions),
) for key, title in [
("logged_actions", "logged"),
("model_action_idxs", "model"),
]],
[(
f"{key}_tb",
agg.TensorBoardHistogramAndMeanAggregator(
key, log_key),
) for key, log_key in [
("td_loss", "td_loss"),
("reward_loss", "reward_loss"),
("logged_propensities", "propensities/logged"),
("logged_rewards", "reward/logged"),
]],
[(
f"{key}_tb",
agg.TensorBoardActionHistogramAndMeanAggregator(
key, category, title, actions),
) for key, category, title in [
("model_propensities", "propensities", "model"),
("model_rewards", "reward", "model"),
("model_values", "value", "model"),
]],
)
},
}
super().__init__(self.value_list_observers, self.aggregating_observers)
self.target_action_distribution = target_action_distribution
self.recent_window_size = recent_window_size
